Automatic generation produced by ISE Eiffel
class LINKED_SET [G] General cluster: base.structures.set description: "Sets implemented by linked lists" create: make Ancestors LINEAR_SUBSET [G] LINKED_LIST [G] Queries infix "@" (i: INTEGER): [like item] G after: BOOLEAN before: BOOLEAN changeable_comparison_criterion: BOOLEAN count: INTEGER cursor: CURSOR disjoint (other: TRAVERSABLE_SUBSET [G]): BOOLEAN duplicate (n: INTEGER): [like Current] LINKED_SET [G] exhausted: BOOLEAN Extendible: BOOLEAN first: [like item] G for_all (test: FUNCTION [ANY, TUPLE [G], BOOLEAN]): BOOLEAN Full: BOOLEAN has (v: [like item] G): BOOLEAN i_th (i: INTEGER): [like item] G index: INTEGER index_of (v: [like item] G; i: INTEGER): INTEGER index_set: INTEGER_INTERVAL is_empty: BOOLEAN is_equal (other: [like Current] LINKED_SET [G]): BOOLEAN is_inserted (v: G): BOOLEAN is_subset (other: TRAVERSABLE_SUBSET [G]): BOOLEAN is_superset (other: SUBSET [G]): BOOLEAN isfirst: BOOLEAN islast: BOOLEAN item: G last: [like item] G linear_representation: LINEAR [G] object_comparison: BOOLEAN occurrences (v: [like item] G): INTEGER off: BOOLEAN prunable: BOOLEAN readable: BOOLEAN sequential_occurrences (v: G): INTEGER there_exists (test: FUNCTION [ANY, TUPLE [G], BOOLEAN]): BOOLEAN valid_cursor (p: CURSOR): BOOLEAN valid_cursor_index (i: INTEGER): BOOLEAN valid_index (i: INTEGER): BOOLEAN writable: BOOLEAN Commands append (s: SEQUENCE [G]) back compare_objects compare_references copy (other: [like Current] LINKED_SET [G]) do_all (action: PROCEDURE [ANY, TUPLE [G]]) do_if (action: PROCEDURE [ANY, TUPLE [G]]; test: FUNCTION [ANY, TUPLE [G], BOOLEAN]) extend (v: G) fill (other: CONTAINER [G]) finish force (v: [like item] G) forth go_i_th (i: INTEGER) go_to (p: CURSOR) intersect (other: TRAVERSABLE_SUBSET [G]) make merge (other: CONTAINER [G]) merge_left (other: [like Current] LINKED_SET [G]) merge_right (other: [like Current] LINKED_SET [G]) move (i: INTEGER) move_item (v: G) prune (v: [like item] G) prune_all (v: [like item] G) put (v: G) put_front (v: [like item] G) put_i_th (v: [like item] G; i: INTEGER) put_left (v: [like item] G) put_right (v: [like item] G) remove remove_left remove_right replace (v: [like item] G) search (v: [like item] G) start subtract (other: TRAVERSABLE_SUBSET [G]) swap (i: INTEGER) symdif (other: TRAVERSABLE_SUBSET [G]) wipe_out -- Generated by ISE Eiffel --
For more details: www.eiffel.com